@MQ_Training
mqts.co.uk
Joined April 2022
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We have partnered with @titanranch to give you the opportunity to become a @HaminaWireless Certified Network Architect in one of the most unique venues in the world! Book your place to ensure your spot on this not to be missed course. register.mqts.co.uk/hamina-c…
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We’re excited to announce that the 𝗛𝗮𝗺𝗶𝗻𝗮 𝗖𝗲𝗿𝘁𝗶𝗳𝗶𝗲𝗱 𝗡𝗲𝘁𝘄𝗼𝗿𝗸 𝗔𝗿𝗰𝗵𝗶𝘁𝗲𝗰𝘁 (𝗛𝗖𝗡𝗔) class is coming to 𝗟𝗼𝗻𝗱𝗼𝗻, 𝗨𝗞 𝘁𝗵𝗶𝘀 𝗢𝗰𝘁𝗼𝗯𝗲𝗿 for an in-person training experience. 📅 𝗿𝗲𝗴𝗶𝘀𝘁𝗲𝗿 𝗻𝗼𝘄: mqts.co.uk/hcna-london-regis…
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Video 30: Monitoring WLAN operations. Would you trust AI to make automatic adjustments to your WLAN configuration? #LearnWiFiDesign design.mist.com/monitoring/

#32 Monitoring - Mist AI WLAN Design Framework

Mist provides monitoring through their Predictive Analytics and Correlation Engine (PACE), the industry’s first true attempt at applying data science and machine learning to understand the actual...

design.mist.com
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Video 29: Optimising a WLAN. What is the most common problem you see when assessing WLANs? #LearnWiFiDesign design.mist.com/optimization…

#31 Optimization - Mist AI WLAN Design Framework

Changing client settings Upgrade/Downgrade driver and firmware versions Enable/Disable infrastructure features Replacing devices Fix or replace faulty access points Changing mounting & orientation of...

design.mist.com
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Video 28: Validation. How often do you perform application and roaming testing as part of a RF validation survey? #LearnWiFiDesign design.mist.com/validation/

#30 Validation - Mist AI WLAN Design Framework

Validating a wireless network should involve the following activities: RF Survey to validate RF coverage Validate correct roaming behavior Validate application performance and service availability...

design.mist.com
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Video 27: Diagnose Phase. Do you perform regular WLAN health checks for your designs or only when problems occur? #LearnWiFiDesign design.mist.com/diagnose/

#29 Diagnose - Mist AI WLAN Design Framework

#29 DIAGNOSE Assess an existing network against a current set of requirements

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Video 26: RRM settings. When would you favour a static chanel/power plan over RRM? #LearnWiFiDesign design.mist.com/rrm/

#28 Radio Resource Management (RRM)

The RRM minimum transmit power should be set to match the access point TX power in the wireless design. The minimum transmit power in the Mist GUI is represented per TX Chain.  That is, the maximum...

design.mist.com
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Video 25: Frequency band selection. What type of WLANs do you deploy on 2.4GHz? #LearnWiFiDesign design.mist.com/frequency-ba…

#27 Band Selection - Mist AI WLAN Design Framework

Wi-Fi clients generally experience better performance when connected to the 5GHz band rather than the 2.4GHz band. This is because more channels are available, resulting in less co-channel contenti...

design.mist.com
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Video 24: Data rate configuration. What is your go to MBR for WLAN deployments? #LearnWiFiDesign design.mist.com/data-rates/

#26 Data Rates - Mist AI WLAN Design Framework

Disabling lower data rates can improve WLAN performance in three ways: Increase throughput by ensuring clients are only transmitting data at the higher rates Encourage clients to roam, reducing the...

design.mist.com
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Video 23: SSIDs per AP radio. What is the largest number of SSIDs you have seen assigned to a single radio? #LearnWiFiDesign design.mist.com/ssids/

SSIDs

Mist AI access points can support up to 15 SSIDs per radio. Each SSID enabled on an access point radio will result in a beacon management frame being transmitted every 102.4ms. So as an, example, 5...

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Video 24: Access point and antenna placement. When have you had to use a creative mounting solution? #LearnWiFiDesign design.mist.com/mounting-and…

#24 Access Point and Antenna Placement - Mist AI WLAN Design Framework

Access Point and Antenna placement tips: 1. Always locate access points as close to the users as possible. 2. Mist access point with integrated antennas should be ceiling mounted pointing down (not...

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Video 23: Deployment phase. As a WLAN designer, involved do you get in the deployment? #LearnWiFiDesign design.mist.com/deploy/

#23 Deploy - Mist AI WLAN Design Framework

#23 DEPLOY Implement a given design

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Video 22: Designing for Wi-Fi 6E. What channel widths are you deploying in 6GHz? design.mist.com/22-wi-fi-6e-…

#22 Wi-Fi 6E Design - Mist AI WLAN Design Framework

Wi-Fi 6E Device Classification:

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Video 21: Designing for high density environments. What do you think the threshold is for an environment to qualify as high density? #LearnWiFiDesign design.mist.com/high-density…

#21 High Density - Mist AI WLAN Design Framework

High density capacity considerations: Top tips for high density design:

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Video 20: Designing for warehouses. What challenging warehouse environments have you designed Wi-Fi for? # LearnWifiDesign design.mist.com/warehouse/

#20 Warehouse - Mist AI WLAN Design Framework

Warehouse Design td, th { border: 1px solid #dddddd; text-align: left; padding: 8px;} Minimum Primary Signal -67dBm Minimum Secondary Signal -70dBm Signal-to-Noise (SNR) 25dB Frequency Dedicated...

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Video 19: Designing with external antennas. Do you have a favourite external Wi-Fi antenna? Let us know below! #LearnWiFiDesign design.mist.com/antennas/

#19 Antennas - Mist AI WLAN Design Framework

Number one antenna Rule: Cover what you want and not what you don't want Lamp post example: Resources Wi-Fi Antenna manufacturers Example antenna manufacturers who make Wi-Fi antennas compatible with...

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Video 18: Designing for hotels and dorms. Do you have a favourite hospitality AP? #LearnWiFiDesign design.mist.com/hospitality/

Hospitality

Hotel and Dormitory Design td, th { border: 1px solid #dddddd; text-align: left; padding: 8px;} Minimum Primary Signal -65dBm Signal-to-Noise (SNR) 25dB AP Placement Inside rooms/dormitories Pre-de...

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Video 17: Designing for a capacity. What metric do you use to design WLAN capacity? Devices per radio? Throughput per radio? Or something else? #LearnWiFiDesign design.mist.com/office-capac…

#17 VoIP Office Capacity - Mist AI WLAN Design Framework

VoIP Capacity Requirements VoIP capacity requirements are normally dictated by the number of simultaneous VoIP calls per AP radio.  See Mist's design VoIP guidelines below: Voice and Video Design td,...

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Video 16: SNR and co-channel contention. Do you include SNR and co-channel contention heat maps in your customer reports? Or do they just add confusion? #LearnWiFiDesign design.mist.com/snr-co-chann…

SNR & Co-Channel Contention

Signal-to-Noise (SNR) Signal-to-noise (SNR) compares the level of the received signal to the level of background noise and specifies the number of dBs a received signal is above the noise floor....

design.mist.com
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Video 15: Designing secondary coverage. Roaming does not require 100% of secondary coverage but what percentage do you design for? #LearnWiFiDesign design.mist.com/secondary-co…

#15 Secondary Coverage - Mist AI WLAN Design Framework

Secondary coverage is the signal strength from the access point with the second strongest signal. The secondary coverage requirement will define the minimum secondary signal strength required in each...

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Video 14: Designing primary coverage. What primary coverage threshold do you design to and how do you determine it? #LearnWiFiDesign design.mist.com/primary-cove…

#14 Primary Coverage - Mist AI WLAN Design Framework

Primary coverage is the signal strength from the access point with the strongest signal. The primary coverage requirement will define the minimum primary signal strength required in each location.

design.mist.com
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